American Flame Research Committee
 
Filters: Collection: "uu_afrc"
801 - 825 of 1,104
Number of results to display per page
CreatorTitleDateDescription
801 Charles E.A. FinneyOpportunities for optical flame diagnostics in commercial and industrial furnaces2016-09-12Conference paper
802 Finney, C.E.A.Opportunities for Optical Flame Diagnostics in Commercial and Industrial Furnaces2016-09-12Paper from the AFRC 2016 conference titled Opportunities for Optical Flame Diagnostics in Commercial and Industrial Furnaces
803 Finney, C.E.A.Opportunities for the next generation of optical boiler diagnostics2015-09-11Paper from the AFRC 2015 conference titled Opportunities for the next generation of optical boiler diagnostics
804 Frish, M. B.; Itse, D. C.; Johnson, S. A.; Morency, J. R.; Morgan, M. E.Optical Pyrometry for In-Furnace Temperature Monitoring and Combustion Control1991
805 Damico, R.Optimization of an Elevated Staged Flare for a Large Gas PlantIn recent years, the newly designed and constructed gas plants have become increasingly larger in size, with a consequent huge increase in the required flaring capacity. At the same time there is the necessity to have smokeless flaring, also at very low flow rates when compared with the total design...
806 Thijssen, Johannes H. J.; Benson, Charles; Fornaciari, Neal; Schefer, Robert; Irwin, Bruce; Carpenter, Rick; Sanford, Robert; Claytor, LloydOptimization of the Low NOx Industrial StAR Burner at the Burner Engineering Research Laboratory1994
807 Frenklach, M.; Wang, Hai; Goldenberg, M.; Bowman, C. T.; Hanson, Ronald K.; Smith, Gregory P.; Golden, D. M.; Gardiner, W. C.; Lissianski, V.Optimized Chemical Kinetics for Modeling Natural Gas Combustion1995
808 Smith, Gregory P.; Golden, D. M.; Frenklach, M.; Goldenberg, M.; Moriarty, N.; Bowman, C. T.; Hansen, R. K.; Gardiner, W. C.; Lissianski, V.; Serauskas, Robert V.Optimized Kinetics Mechanism and Calculator for Natural Gas Combustion GRI-Mech 3.01998
809 Patterson, Peter D.Optimizing Boilers for NOx Control and Fuel Savings Three Utility Examples Using Sequential Process Optimization1996
810 Panfili, R.Optimizing the Retrieval of Molecular Concentrations from the Remote Measurement of Flare Emission2013-09-23Paper from the AFRC 2013 conference titled Optimizing the Retrieval of Molecular Concentrations from the Remote Measurement of Flare Emission by R. Panfili.
811 England, Glenn C.; McGrath, Thomas P.; Hansell, David W.; Gilmer, Lee; Seebold, James G.; Lev-On, Miriam; Hunt, TimothyOrganic Hazardous Air Pollutant Emissions from Gas Fired Combustion Sources Emissions and the Effects of Design and Fuel Type1998
812 Wagner, J.; Kurek, Harry S.; Joshi, M.; Charon, O.Oscillating Combustion Increases Productivity and Decreases NOx Emissions from Industrial Furnaces1998
813 Cain, John; Seebold, James G.; Young, LymanOverview of flaring efficiency studies2002Several studies over the past 20 years have evaluated flare efficiencies. These include major flare research programs by the U.S. EPA, the Alberta Research Council, and the University of Alberta. Other work includes a CMA study; surveys of operating flares by BP/Statoil, the German Aerospace Centre ...
814 Zamansky, Vladimir M.; Ho, Loc; Maly, Peter M.; Seeker, W. RandallOxidation of NO to NO2 by Hydrogen Peroxide and Its Mixtures with Methanol in Natural Gas and Coal Combustion Gases1996
815 Wendt, Jost O. L.Oxy-coal combustion for retrofit: challenges and opportunities2009This paper is concerned with Oxy-Fuel Combustion, a process for the control of carbon dioxide from a range of solid fuel combustion processes. The focus is on the applicability of this technology for retrofit and hence on entrained flow combustors rather than on circulating fluidized bed systems. Fi...
816 Zhang, Jingwei; Kelly, Kerry; Eddings, Eric G.; Wendt, Jost O. L.Oxy-coal combustion: effects of PO2 on coal jet stability in 02/C02 environnments2009The purpose of this research is to understand and predict the effects of near burner zone environment on ignition characteristics of a turbulent axial pulverized coal jet. In oxy-coal combustion this environment consists of O2 and CO2 (instead of N2). Ultimately the experiment will provide data for ...
817 Smith, P.J.Oxy-Coal Power Boiler Simulation and Validation Through Extreme Computing2014-09-09Paper from the AFRC 2014 conference titled Oxy-Coal Power Boiler Simulation and Validation Through Extreme Computing by P.J. Smith.
818 Jamaluddin, Jamal; Lowe, Cliff; Brancaccio, Nick; Erazo, Jaime; Baukal, Charles E. Jr.; Patel, RasikOxy-Firing Tests in a Simulated Process Heater2012-09-06
819 Gibson, WilliamOxy-Flameless Combustion Heaters for Refinery Process2013-09-23Paper from the AFRC 2013 conference titled Oxy-Flameless Combustion Heaters for Refinery Process by William Gibson
820 Drasek, W. Von; Schnepper, Carol ; Jurcik, Benjamin ; Philippe, L.Oxy-Fuel Burner Characterization: From Laboratory to Industry1995
821 Tian, X.; Richardson, A.; Schreiner, B.Oxy-fuel Combustion in the Claus Process and Using CFD Modeling in Burner Design Optimization2014-09-09Paper presented at AFRC 2014 Industrial Combustion Symposium
822 Kang, T.Oxy-Fuel Combustion with preheated Oxygen-Natural gas (HeatOx) for small and medium size glass furnaces2014-09-09Paper from the AFRC 2014 conference titled Oxy-Fuel combustion with preheated oxygen-natural gas (HeatOx) for small and medium size glass furnaces by T. Kang.
823 Baukal, Charles E.Oxy-Fuel Solutions1997
824 Xue, Y.Oxygen Enhanced Biomass Combustion2014-09-09Paper from the AFRC 2014 conference titled Oxygen Enhanced Biomass Combustion by Y. Xue.
825 Gitman, Gregory M.; Khudenko, Boris M.; Wechsler, ThomasOxygen Enhancement of the Incineration Process1987
801 - 825 of 1,104